Sentence examples for behavior of these composites from inspiring English sources

Nonetheless, there is a lack of information about the flexural modulus behavior of these composites.

The electrical conductivity and the rheological behavior of these composites were investigated.

However, the pressureless sintering behavior of these composites over wide volume fraction ranges has not been modeled.

The natures of the two kinds of nanoparticles employed constitute an important factor in the phase behavior of these composites.

To study the effect of various operational and material parameters on erosive wear behavior of these composites in an interacting environment erosion tests are carried out.

The high temperature (623 773 K) deformation behavior of these composites was found to be similar to that of dispersion-hardened aluminum.

A shock tube and a controlled explosion tube were utilized in the study of dynamic damage behavior of these composite materials.

The friction and wear behavior of these composite coatings was evaluated in uni- and bi-directional sliding tests against corundum balls.

The behavior of these composite films has been compared in terms of shifts in relaxation temperature (assessed by Dynamic Mechanical Analysis), in monomer composition (assessed by Nuclear Magnetic Resonance analysis) and in molecular weight (assessed by Gel Permeation Chromatography).

However, the high temperature mechanical behaviors of these composites are difficult to be investigated because it is hard to measure these structural changes in the mechanical test.

Both the elastic and plastic behaviors of these composites are successfully modeled using a self-consistent approach: the classical self-consistent and the three-phase self-consistent models for the interconnected and discontinuous architectures, respectively.